NOAH Nexus Orbital Core (NNOC)

23/12/2025

NOAH Nexus Orbital Core (NNOC) is an autonomous, AI-based space cybersecurity architecture designed to protect satellites and orbital infrastructures against cyber, RF, and post-quantum threats.

Led by Noah Kouadri Khazar, NNOC introduces a new paradigm:
👉 satellites capable of detecting, defending, and recovering from attacks independently, without relying on ground intervention.

The Problem

  • Satellite constellations are growing rapidly

  • Cyberattacks, jamming, and spoofing occur in milliseconds

  • Ground-based security responses are too slow

  • Current encryption will be broken by future quantum computers

⚠️ Space systems are becoming critical — but not resilient enough.

The Solution

NNOC embeds a satellite immune system directly into spacecraft hardware.

Core capabilities:

  • 🧠 Embedded AI (TinyML) for real-time threat detection (< 50 ms)

  • 📡 Anti-jamming & anti-spoofing (GNSS & RF)

  • 🔐 Post-quantum cryptography (NIST-aligned)

  • 🧩 Zero Trust architecture applied to orbit

  • 🔄 Autonomous self-remediation and mission continuity

Key Differentiators

  • Onboard autonomy (no ground latency)

  • Designed for LEO constellations and small satellites

  • Quantum-safe by design

  • Low power consumption (< 0.5 W standby, ~5 W active)

  • Scalable across civil, commercial, and dual-use missions

Milestone

🚀 Alpha Core In-Orbit Demonstration – 2026
Validation of NNOC in real Low Earth Orbit conditions.

Target Stakeholders

  • Space agencies (ESA, CNES, NASA, JAXA…)

  • Satellite operators & New Space companies

  • Climate & Earth observation missions

  • Dual-use and critical infrastructure programs

Vision

NNOC aims to become a foundational security layer for future space infrastructures, enabling trusted, resilient, and sovereign orbital systems.

Project Lead: Noah Kouadri Khazar
Organization: Noah's Ark Technology Digital Solidarity

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